个y 200 g 30 150 g 100 9 Fig. 3.4 IV. DATA AND DATA ANALYSIS: 1- Record the magnitude and direction of the resultant force of step one of the procedure. 2- Determine the resultant of the forces in step one graphically. How does it compare with the measured value? 3- Again determine the resultant of the forces in step one by the method of components. How does it compare with the measured value? 4- Record the magnitude and directioni of the resultant of step two of the procedure . 5- Use the polygon method to determine the resultant for the forces in step two of the procedure. Record the value in your lab report. Compare it with the measured value. 6- Again, use the method of components to determine the resultant for the forces in step two of the procedure. Compare with experimental findings. 7- State the major source(s) of inaccuracy in the experimental results?
个y 200 g 30 150 g 100 9 Fig. 3.4 IV. DATA AND DATA ANALYSIS: 1- Record the magnitude and direction of the resultant force of step one of the procedure. 2- Determine the resultant of the forces in step one graphically. How does it compare with the measured value? 3- Again determine the resultant of the forces in step one by the method of components. How does it compare with the measured value? 4- Record the magnitude and directioni of the resultant of step two of the procedure . 5- Use the polygon method to determine the resultant for the forces in step two of the procedure. Record the value in your lab report. Compare it with the measured value. 6- Again, use the method of components to determine the resultant for the forces in step two of the procedure. Compare with experimental findings. 7- State the major source(s) of inaccuracy in the experimental results?
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Transcribed Image Text:个Y
200 g
d in
60
45
leys
the
150 g
100 g
Fig. 3.4
IV. DATA AND DATA ANALYSIS:
1- Record the magnitude and direction of the resultant force of step one
of the procedure.
2- Determine the resultant of the forces in step one graphically. How does it
compare with the measured value?
3- Again determine the resultant of the forces in step one by the method of
components. How does it compare with the measured value?
4- Record the magnitude and directioni of the resultant of step two of the
procedure .
5- Use the polygon method to determine the resultant for the forces in step two
of the procedure. Record the value in your lab report. Compare it with the
measured value.
6- Again, use the method of components to determine the resultant for the
forces in step two of the procedure. Compare with experimental findings.
7- State the major source(s) of inaccuracy in the experimental results?
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